Used ASML PAS 5500 / 250C #293810531 for sale

ASML PAS 5500 / 250C
Manufacturer
ASML
Model
PAS 5500 / 250C
ID: 293810531
i-Line stepper.
ASML PAS 5500 / 250C is a high-performance wafer stepper that has been widely used in the semiconductor photolithography industry. PAS 5500 / 250C steps layers of a resist mask onto wafer substrates. This is done with an advanced laser projection equipment that can produce repeating geometric patterns with a high degree of accuracy, allowing for precision etching of the desired pattern onto the wafer substrate. ASML PAS 5500 / 250C is composed of several different components, including the stage, laser, mask, and stages. The stage is a large platform that supports the wafers during the exposure process. It provides the necessary stability to allow for accurate exposure of the resist masks. The laser is a high-powered diode laser that is capable of producing the necessary pattern patterns. The masks are a set of metal sheets that contain the desired pattern designs and are used to project them onto the wafers. The stages are the components responsible for controlling the alignment and positioning of the masks during exposure. PAS 5500 / 250C has several features that make it ideal for industrial-scale photolithographic processes. The system is able to manage exposure time, enabling accurate exposures at different depths and with variable exposures. The laser intensity and wavelength can also be accurately controlled, allowing for the optical damage and blur to be minimized. Additionally, the unit includes a precision focus actuator that allows the mask to be accurately translated to the appropriate position for each exposure. ASML PAS 5500 / 250C is a reliable and reliable tool for photolithography, thanks to its advanced technology and well-designed components. Its flexible design allows for the implementation of a variety of different processes, and its accuracy and efficiency make it ideal for high-throughput applications. The machine also has a low maintenance cost and is easy to use. This makes it an attractive choice for industrial photolithography processes.
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